Synchronic Lock Percussion and Paintball Switch Apparatus

ABSTRACT

The present invention relates to a refinement of a delivery apparatus of a paint gun, particularly to synchronic lock percussion and paintball switch apparatus. An air chamber controller is coordinated with a paintball switcher, wherein the paintball switcher is disposed in the percussion chamber of a paint gun. The air chamber controller can drive the paintball switcher as well as a rapid air release device to achieve the object of delivery, reload and rapid air release at the same time by means of simply actuating the percussion device, so as to obtain high accuracy and high delivery rate. The structure of the present apparatus is not only simple and paintball jam avoidable, but also further increasing both the delivery rate and the pressure recovery effect.

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention relates to a refinement of a paintball switch apparatus of a paint gun, particularly to a synchronic lock percussion and paintball switch apparatus, so as to further increase both the delivery rate and the pressure recovery effect.

2. Description of the Prior Art

To carry out the delivery process of a prior paint gun, a delivery device in the rear side of the barrel, a percussion device of the delivery device and a storage are required, and then the trigger of the percussion device is pulled to shoot a paintball. The present delivery process requires sufficient motive power by means of releasing high pressure air in a short period of time with the result that the consumption of air is enormous. In addition, the damage caused by paintball jam during the delivery process and the undesirable shooting result caused by the mechanism of the delivery process still remains to be solved.

SUMMARY OF THE INVENTION

Therefore the primary object of the invention is to overcome the enormous consumption of air, the damage caused by paintball jam and the undesirable shooting result depicted above.

To achieve the foregoing object, a paintball switcher in the percussion chamber of a paint gun and an air chamber controller, which coordinated with the paintball switcher, are provided. The air chamber controller can drive the paintball switcher as well as a rapid air release device to achieve the object of delivery, reload and rapid air release by means of simply actuating the percussion device, so as to obtain high accuracy and high delivery rate. The structure of the present apparatus is not only simple and paintball jam avoidable, but also further increasing both the delivery rate and the pressure recovery effect.

The foregoing, as well as additional objects, features and advantages of the invention will be more readily apparent from the following detailed description, which proceeds with reference to the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is an assembly drawing of the paint gun of the present invention.

FIG. 2 is a combination profile of the present invention.

FIG. 3 is profile (I) of a percussion mechanism of the present invention.

FIG. 4 is profile (II) of a percussion mechanism of the present invention.

DESCRIPTION OF THE PREFERRED EMBODIMENTS

Please refer to FIG. 1 for an assembly drawing of the present invention. A paintball switcher 30 is disposed in the percussion chamber 20 of a paint gun 10, a paintball receptacle 31 (please referring to FIG. 2) is disposed on one side of the paintball switcher 30, and one terminal of an air duct 32 is connected to the bottom of the paintball receptacle 31. In addition, a paintball switch gear 33 is disposed on the sphere of the paintball switcher 30. The paintball switch gear 33 is coordinated with a driven gear 34, which is coordinated with a drive gear 35 of a pusher 40. The pusher 40 is again coordinated with an electrically controlled pusher 41. A mobile air valve 22 installed in a constant volume air storage 21 is disposed in the percussion chamber 20. Once air enters an air chamber 12, a paintball 50 of a paintball container 11 can be shot when pulling a trigger 13.

Please refer to FIG. 2 for a combination profile of the present invention. When air enters the air chamber 12 of the paint gun 10, it can be stored in an air storage 14 in the rear side of the barrel behind the air valve 22, so as to auto-accumulate an applicable quantity of compressed air. In the meanwhile, the paintball receptacle 31 of the paintball switcher 30 is connected to the bottom of the paintball container 11, allowing the paintball 50 in the paintball container 11 dropping into the paintball receptacle 31 and keeping the air duct 32 away from the percussion chamber 20. The percussion chamber 20 is shut by the air valve 22 so that the air in the air storage 14 remains standstill and the paintball switcher 30 stays at its standby position.

Please refer to FIG. 3 and FIG. 4 for profiles of a percussion mechanism of the present invention. As the user pulls the trigger 13, the electrically controlled pusher 41 functions instantly, allowing the pusher 40 pushing the drive gear 35 to drive the driven gear 34. Meanwhile, the paintball switch gear 33 on the sphere of the paintball switcher 30 is driven by the driven gear 34, transporting the paintball 50 in the paintball receptacle 31 to the percussion position. At the same time, the air duct 32 of the paintball switcher 30 is switched to connect to one side of the percussion chamber 20, and the compressed air in the air storage 14 is then conducted out after the pusher 40 leaves its prior position, making the air valve 22 movable. Therefore the compressed air in the storage 14 is released through the air duct 32, and then the paintball 50 is shot. After the percussion is finished, the air valve 22 moves back to the air storage 14 direction and the paintball switcher 30 resumes its prior standby position. The object of delivery, reload and rapid air release is then achieved, so as to obtain high accuracy and high delivery rate. The structure of the present apparatus is not only simple and paintball jam avoidable, but also further increasing both the delivery rate and the pressure recovery effect.

To sum up, the present invention provides a synchronic lock percussion and paintball switch apparatus. A paintball switcher is disposed in a percussion chamber, and an air valve is disposed next to the paintball switcher. The object of delivery, reload and rapid air release can be achieved by means of actuating the percussion device, so as to obtain high accuracy and high delivery rate. The structure of the present apparatus is not only simple and paintball jam avoidable, but also further increasing both the delivery rate and the pressure recovery effect.

While the preferred embodiment of the invention has been set forth for the purpose of disclosure, modifications of the disclosed embodiment of the invention as well as other embodiments thereof may occur to those skilled in the art. Accordingly, the appended claims are intended to cover all embodiments which do not depart from the spirit and scope of the invention. 

1. A synchronic lock percussion and paintball switch apparatus, which is on a percussion chamber of a paint gun and has a paintball switcher coordinated with a pusher to shoot a paintball, comprising: the percussion chamber, disposed in front of a constant volume air storage, wherein the percussion chamber and the constant volume air storage are separated by an air valve; the paintball switcher, disposed in the front of the percussion chamber, wherein a paintball receptacle is disposed on one side of the paintball switcher, and one terminal of an air duct is connected to the bottom of the paintball receptacle; in addition, a paintball switch gear is disposed on the sphere of the paintball switcher, wherein the paintball switch gear is coordinated with a driven gear, which is coordinated with a drive gear; the pusher combined with the drive gear and coordinated with an electrically controlled pusher; wherein when air enters an air chamber of the paint gun, it would be stored in the air storage in the rear side of the barrel; the paintball receptacle is then connected to the bottom of a paintball container, keeping the air duct away from the percussion chamber, so as to make the air inside the air storage remain standstill; as the user pulls a trigger, the electrically controlled pusher functions instantly, driving the drive gear, the driven gear as well as the paintball switch gear of the paintball switcher, the paintball inside the paintball receptacle is then transported to the percussion position, and the air duct is switched to connect to the percussion chamber; the compressed air in the air storage is then conducted out after the pusher leaves its prior position, making the air valve movable; therefore the compressed air in the storage is released through the air duct, and then the paintball is shot; after the percussion is finished, the air valve moves back to the air storage direction and the paintball switcher resumes its prior standby position. 